Tri-lobe Nozzles || V6 and Volcano length

from $15.00

Tri-lobe is a series of high flow 3D printer nozzles intended to help boost the performance of average 3D printer hotends into something more spectacular. These nozzles function based on the principle of initiating thermal contact at the very beginning of the melt zone (instead of allowing intermittent wall contact), and increasing surface area/decreasing distance between the thermal interface and core of the material.

Currently we only offer these nozzles in 0.8mm size, however we will soon be adding 0.4 and 0.6mm.

These nozzles are currently SLM printed out of 316L stainless steel (EDM burned tungsten nozzles are in development), before being machined to the final dimensions. This ensures a precise internal geometry while also producing a uniform thread surface for screwing into a hotend. All of our nozzles are produced in house on our SLM machine to ensure flawless print quality and material performance.

Batch Size:
Size:

Tri-lobe is a series of high flow 3D printer nozzles intended to help boost the performance of average 3D printer hotends into something more spectacular. These nozzles function based on the principle of initiating thermal contact at the very beginning of the melt zone (instead of allowing intermittent wall contact), and increasing surface area/decreasing distance between the thermal interface and core of the material.

Currently we only offer these nozzles in 0.8mm size, however we will soon be adding 0.4 and 0.6mm.

These nozzles are currently SLM printed out of 316L stainless steel (EDM burned tungsten nozzles are in development), before being machined to the final dimensions. This ensures a precise internal geometry while also producing a uniform thread surface for screwing into a hotend. All of our nozzles are produced in house on our SLM machine to ensure flawless print quality and material performance.

Tested Flow Rates with ABS

Standard value Tri-lobe Value

V6: 15mm^3/s 28mm^3/s

Volcano: 30mm^3/s 50mm^3/s


Your values may vary based on filament, cooling, and heater power. Values are only meant to be a guideline for what to expect.